In the face of the digital age, traditional museums' static exhibits are often criticized as "monotonous and boring." Even though some venues have introduced LED displays to enhance displays, their limited information presentation makes it difficult to break away from the rigid "exhibit + text description" model. The integration of transparent screens with layered explanations and LED technology is opening up new possibilities for museums to create immersive exhibition experiences.

In traditional display cases, artifacts and LED displays are often disconnected: LED displays often serve as background panels to display an introduction to the exhibits, or stand alone as information boards next to the display cases. This forces viewers to frequently switch between the actual objects and the screen, creating a fragmented experience. The emergence of transparent LED displays overcomes this limitation. Their high light transmittance allows them to blend seamlessly into the display cases like "invisible windows," clearly displaying dynamic content without obscuring the artifacts themselves. As visitors approach the display case, the transparent screen automatically triggers a multi-dimensional explanation using layered technology: the bottom layer displays basic information about the artifact (age, material), the middle layer projects a 3D model of the production process, and the top layer uses AR animation to depict the historical scenes behind the artifact, forming a three-dimensional cognitive chain of "physical object viewing + knowledge deconstruction + scene association."

For example, in a Han Dynasty artifact exhibition hall, a bronze tripod exhibit paired with a transparent LED screen allows visitors to not only observe the artifact's decorative details through the screen but also switch between explanation modes using layered touch controls: interpreting the meaning of the inscription from the perspective of a historian, demonstrating the casting process from the perspective of an archaeologist, and even switching to an animated "artifact restoration diary," transforming dry academic knowledge into a visual narrative. Data shows that after implementing this solution, visitor dwell time in the exhibition hall increased by an average of 40%, and the interaction rate among young people with the exhibits increased by 65%. The LED screen's information transmission efficiency increased by more than three times compared to traditional methods.

Using LED technology as a carrier, the transparent screen layered explanation solution transforms the cold exhibits into a medium connecting the past and the present. This exhibition model that deeply integrates technology and culture not only activates the narrative potential of cultural relics, but also transforms the museum from a "collection warehouse" into an interactive knowledge theater, injecting new vitality into cultural communication.